Materials

Choose the metal that suits you.

Additive manufacturing is the innovative process of transforming metal into the component you need, even when it has to have very complex shapes or characteristics that are difficult or impossible to achieve with traditional industrial processes.

Yes, but what kind of metal?

Our 3D printing can work with different types of materials: aluminum, steel, copper, titanium, nickel, cobalt chrome. And we are here to advise you on the most suitable alloy for your production goals, depending on whether you choose Powder Bed Fusion or Direct Energy Deposition.

Discover the metal best suited for your production from the various additive manufacturing powders available.

Do you want more specific information? We’ll reach to you as soon as we can

Materials for Powder Bed Fusion

Suitable materials for Powder Bed Fusion

Aluminum alloys for PBF

Materials for Powder Bed Fusion

All the lightness of working with aluminum.

Suitable materials for Powder Bed Fusion

Steel alloys for PBF

Materials for Powder Bed Fusion

For quality that’s hard as steel.

Suitable materials for Powder Bed Fusion

Titanium alloys for PBF

Materials for Powder Bed Fusion

Lightness and biocompatibility all in one material.

Suitable materials for Powder Bed Fusion

Nickel alloys for PBF

Materials for Powder Bed Fusion

No stress and corrosion with nickel alloys.

Suitable materials for Powder Bed Fusion

Cobalt Chrome alloys for PBF

Materials for Powder Bed Fusion

Biocompatible and durable: discover the benefits of cobalt-chrome additive manufacturing.

Suitable materials for Powder Bed Fusion

Copper alloys for PBF

Materials for Powder Bed Fusion

The best electrical conductivity at your service.

Materials for Direct Energy Deposition

Suitable materials for Direct Energy Deposition

Steel alloys for DED

Materials for Direct Energy Deposition

Superior hardness.

Suitable materials for Direct Energy Deposition

Titanium alloys for DED

Materials for Direct Energy Deposition

The advantage of combining lightness and biocompatibility.

Suitable materials for Direct Energy Deposition

Nickel alloys for DED

Materials for Direct Energy Deposition

For stress and corrosion resistant parts.

Suitable materials for Direct Energy Deposition

Copper alloys for DED

Materials for Direct Energy Deposition

Excellent for electrical conductivity.